High-performance cars use fast moving air to power fuel into the engine. Similarly, a Kelda shower uses high-speed air to power the spray for an invigorating feel without the need for high water pressure.
What's the difference? Aerating showerheads suffer from poor performance because they add air bubbles into the spray, resulting in a different 'feel' but little performance increase. In contrast, Kelda take warmed air and add heated water. This turbocharges the droplets which gives double the feel and effectiveness.
For a given shower performance, a Kelda Shower uses only half the water and energy of conventional showers. This will result in considerable reductions in water and energy usage, carbon emissions and household bills.
Kelda are working with industry leading companies to bring new, disruptive shower technology to market. The benefits of Kelda technology are proven with Mixer, Digital and Electric Showers.
Overstressed water resources and increasing energy costs coupled with pollution from energy generation have made us focus our technologies on reducing waste and damaging emissions. Using less water and energy in the bathroom can help overcome the practical and ecological challenges we all face.
As consumers, we are all looking to manage increasing household energy bills and conserve the environment, but often this has meant compromising on what we consider the essentials such as water and energy use in the home.
Kelda Showers have developed an advanced shower technology for use with existing water heating systems. The patented Kelda Eco Power Shower is capable of boosting a shower-spray, giving a 'power shower' experience with a large reduction in water and energy consumption.
University of Southampton Shower Spray Momentum Perception Test.
The Kelda Eco Shower delivers not only significant water and energy savings, but provides an excellent power shower experience.
To test the perceived increase in power of the Kelda shower, we commissioned the University of Southampton to conduct an independent ‘Spray Momentum Perception&rsq ... Read More >>
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